3DEXPERIENCE Platform
Unifying people, data, and ideas into one platform that accelerates innovation.
3DEXPERIENCE is a Business Experience Platform developed by Dassault Systèmes is a collaborative solution that connects people, processes, and data in a unified environment. It empowers businesses to innovate, design, and manage complex projects with efficiency. Offering capabilities across product design, engineering, manufacturing, and lifecycle management, the platform integrates tools like CATIA, SIMULIA, ENOVIA, and DELMIA. It fosters seamless collaboration, ensuring end-to-end digital continuity and real-time decision-making. With cloud and on-premise options, the platform supports industries like automotive, aerospace, industrial equipment, and life sciences. By unifying teams and enabling innovation, the 3DEXPERIENCE platform drives smarter, faster, and more sustainable business outcomes.
Break down silos by giving every team access to the same real-time data. Designers, engineers, and managers can work together seamlessly, reducing delays and miscommunication.
Go beyond traditional 3D models. A virtual twin mirrors real-world products and processes, allowing teams to test ideas, explore scenarios, and validate outcomes before production.
Access tools securely from anywhere with no heavy IT setup. The cloud ensures automatic updates, built-in security, and the flexibility to grow with your business.
Every role gets purpose-built apps. From CAD designers to project managers, users have tools tailored to their daily tasks, ensuring higher productivity and efficiency.
Empowering businesses to innovate, adapt, and succeed.
The platform eliminates unnecessary bottlenecks by connecting design, engineering, and management teams in one place. Real-time collaboration means changes are visible instantly, reducing delays caused by miscommunication or outdated files. With streamlined workflows, businesses can introduce new products and services to the market ahead of competitors.
By enabling digital prototyping and simulation, the platform reduces the need for physical models, lowering material and labor costs. The cloud-based setup also reduces the burden of maintaining complex IT infrastructure, helping companies save on hardware, software, and administrative expenses.
When everyone works with a single source of truth, organizations gain accurate insights into performance, budgets, and timelines. Leaders can make data-driven decisions faster, while teams stay aligned with the company’s goals. Integrated dashboards and analytics further strengthen visibility across projects.
Sustainability is no longer optional—it’s a competitive advantage. The platform supports eco-friendly design strategies by helping teams model energy efficiency, minimize material waste, and track the environmental impact of their products. This allows businesses to innovate responsibly while meeting regulatory requirements and customer expectations.
By accelerating product development and reducing errors, businesses can deliver higher-quality products that meet customer needs more effectively. Faster iterations and continuous improvements translate into stronger customer loyalty and long-term growth.
Smarter solutions for industries that shape the world.
Unify product development, supply chain management, and production planning. Reduce downtime, optimize resources, and enhance product quality across the manufacturing lifecycle.
In industries where precision and safety are critical, engineers can test and simulate complex systems virtually. Reduce costly prototypes and accelerate certification processes.
Design and test medical devices, surgical tools, and treatment solutions virtually before real-world trials. Shorten approval times, reduce risks, and improve patient outcomes.
Operate faster in competitive markets by shortening design cycles, responding quickly to trends, and bringing innovative products to shelves with confidence.
Architects, engineers, and builders can design, simulate, and manage infrastructure projects. Digital twins improve planning, reduce errors, and support sustainable urban development.
Model efficiency, test renewable energy solutions, and optimize asset performance. Reduce risks and support the transition toward cleaner, more sustainable energy.
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